Follow the given steps to solve for $$ y $$. Step 2: Isolate $$ y $$ by performing the opposite operation to ALL terms. $$ \begin{array}{r}2 y-4 x=10 \ +4 x+4 x\end{array} $$ $$ \frac{\frac{2 y}{2}=\frac{4 x}{[?]}+\frac{10}{\square}}{} $$

Question

Crawford Perkins · Accepted Answer

The completed equation is $$\frac{\frac{2y}{2} = \frac{4x}{2} + \frac{10}{2}}{} $$.

Follow the given steps to solve for \( y \). Step 2: Isolate \( y \) by performing the opposite operation to ALL terms. \[ \begin{array}{r}2 y-4 x=10 \\ +4 x+4 x\end{array} \] \( \frac{\frac{2 y}{2}=\frac{4 x}{[?]}+\frac{10}{\square}}{} \)

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Follow the given steps to solve for \( y \). Step 2: Isolate \( y \) by performing the opposite operation to ALL terms. \[ \begin{array}{r}2 y-4 x=10 \\ +4 x+4 x\end{array} \] \( \frac{\frac{2 y}{2}=\frac{4 x}{[?]}+\frac{10}{\square}}{} \)

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